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Construction begins at Siemens wind turbine plant in Cuxhaven

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Siemens new offshore plant in Cuxhaven is quickly progressing. Only one year after the initial investment decision, construction at the building site is already beginning. Soil compaction and the preparation of the pile foundation, with 1,900 concrete piles, have already been completed. Construction of the actual building was officially started by Siemens with a groundbreaking ceremony attended by Parliamentary State Secretary Enak Ferlemann, who emphasized the importance of the project for Germany's coastal economy and future energy infrastructure. "A new industry is developing at the German north and east coast which is not only beneficial for the labour market, but also for the energy transition. Cuxhaven is clearly on a solid course for the future."

Energetic and full of swing united at the groundbreaking spade: (f.l.t.r): Günter Willbold, Head of Siemens Real Estate Germany, Ulrich Getsch, Mayor of Cuxhaven, Markus Tacke, CEO Division Wind Power and Renewables, Enak Ferlemann, Parliamentary State Secretary, Daniela Behrens, Secretary of State in the Lower Saxony Ministry of Economics, Uwe Santjer, member of Lower Saxony's parliament and Hans-Joachim Stietzel, Head of the agency for the economic development of the City of Cuxhaven.
Günter Willbold, Head of Siemens Real Estate Germany, also praised the project. As Siemens' first new factory in Germany in 20 years, the project clearly demonstrates "that Germany also has a future in production sites," said Willbold. Daniela Behrens, Secretary of State in the Lower Saxony Ministry of Economics, called the project "the most important anchor for the German industrial offshore center in Cuxhaven. The offshore industry is key to the success of Germany's energy transition."
Sharing the groundbreaking spade with Behrens was Uwe Santjer, member of Lower Saxony's parliament. Further cuts of the spade were done by the mayor of Cuxhaven, Ulrich Getsch and Hans-Joachim Stietzel, Head of the agency for the economic development of the City of Cuxhaven. On behalf of Siemens and the Wind Power and Renewables Division, CEO Markus Tacke introduced the new project manager Carsten-Sünnke Berendsen. As planned, he is taking on the project with the start of the building construction. Tacke thanked the predecessor of Berendsen, Thorsten Granzow, for his energetic efforts within the scope of planning and previous construction work.
During the coming weeks the concrete mixers will start working on the site covering an area of 170,000 square meters – a surface comparable to the size of 24 soccer fields. A poured concrete plate 320 meters long and more than 160 meters wide will be held in place by the 1,900 concrete piles and will form the base of the future production hall. Once production begins, the ground must withstand heavy loads of up to several hundred tons. Civil engineering works for the foundations of the production facility will start during the coming weeks. The completion of the enormous production hall, with heights of up to 30 meters, is scheduled for mid-2017. With its usable area of round about 55,000 square meters, the hall could provide parking for 15 large aircrafts. Besides the assembly hall, a two-story building with about 3,800 square meters usable area for offices and a canteen as well as a technological building and a gatehouse will also rise at the site.
Production of the seven megawatt direct drive offshore wind turbines will start in summer 2017, coinciding with the start of manufacturing of the 75-meter rotor blades at the new plant in Hull, UK. The two offshore manufacturing plants as well as the installation harbor ports will be connected by two specialized transport vessels and will deploy the innovative Siemens roll-on and roll-off logistics concept for loading. By using this approach, Siemens will avoid expensive crane operations for heavy components and increase workplace safety.



 

Vestas introduces its largest onshore wind turbine to the Chinese wind energy market

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Responding to global demand and Chinese customer interest, Vestas will introduce its largest onshore turbines to China.  “We are continuously bringing our latest technologies, products, and service solutions to China, and we are determined to grow together with our partners in the country while simultaneously leveraging on the continuous supply chain localisation in China for global supply of the 3 MW platform. Our V136-3.45 MW turbine, which we will manufacture and intend to sell in China, is designed for exceptional energy capture, and it is ideal for the Chinese market”, says Chris Beaufait, President of Vestas Asia Pacific.  

The V136-3.45 MW turbine combines Vestas’ largest onshore rotor diameter, the Vestas-patented Large Diameter Steel Tower technology, and Vestas’ most advanced blade design to-date. The turbine is the newest variant of the proven 3 MW platform, which is continuously optimised to strengthen Vestas’ product offerings, enabling Vestas to increase annual energy production (AEP), while at the same time decreasing sound emission levels.
We are also introducing our most flexible service offerings to China. Our customers can choose any combination of items to tailor the service package to their specific needs.  In other words, whatever operation and maintenance strategies our customers are pursuing in China, we will be able to support them”, affirms Christian Venderby, Group Senior Vice President, Vestas Global Service.
Today, Vestas operates and maintains around 60 GW of wind turbines globally, making Vestas the world’s largest wind turbine maintenance company. 




 

Wind energy in Brazil is ranked 10th globally

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Brazil is ranked 10th globally in terms of installed wind power capacity. During 2015, it installed 2.75 GW – a record for Brazil – bringing the total to 8.72 GW, which accounts for 6.3% of the Brazilian energy matrix. More than R$ 16 billion have been invested, 41,000 jobs created, more than 5 million homes were supplied with electricity from wind power, and 5 million tons of CO2 emissions were avoided.

Wind power was the fastest growing energy source in 2015, installing 46% more than in 2014. Projections for 2016 are to contract between 2-3 GW of wind power in the regulated energy auctions, and the installation of about 3 GW in wind farms (totalling over R$ 20 billion in investment).
Steve Sawyer will provide a short overview of the development of the global wind market and what lays ahead in the coming years.
Elbia Gannoum, CEO of the Brazilian Wind Energy Association, ABEEolica, will provide an overview of the status of the market and will talk about what challenges lay ahead for the Brazilian wind sector.
What you’ll hear about:
  • The growth trends over the past few years
  • Projections for wind in the coming years
  • The financing landscape
  • The upcoming auctions in 2016
  • Challenges facing the industry
Steve Sawyer, Secretary-General of GWEC, has worked in the energy and environment field since 1978, with a particular focus on climate change and renewable energy since 1988. He spent many years working for Greenpeace International, representing the organization at intergovernmental and industry fora primarily on energy and climate issues. At GWEC he is focused on working with intergovernmental organisations such as the UNFCCC, IPCC, IRENA, IEA, IFC and ADB to ensure that wind power takes its rightful place in the energy options for the future; and with opening up new markets for the industry worldwide.
CEO at Brazilian Wind Energy Association ABEEólica, Élbia Silva Gannoum is specialized in Regulation and Electricity Markets and has been working in energy sector for more than 15 years. She has been the Executive President of ABEEÓLICA since September 2011. She started her career as Advisor at ANEEL (2000), and worked in the Ministry of Finance (2001-2002), Ministry of Mines and Energy (2003-2006). In 2014 she was elected by Recharge’s Renewable Thought Leaders Club, as one of the most influential professionals in the global scenario of renewable energy.

The presentations will be followed by Q&As with Elbia Gannoum & Steve Sawyer.
 
 

Royal IHC presents new solutions for offshore wind farm construction

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IHC is expanding its extensive product portfolio with the introduction of innovative equipment for offshore wind farm installations. This includes a state-of-the-art, inter-array cable-laying vessel, and integrated jack-ups, both designed to facilitate more efficient operations.


Specialized tool for specialist operations

Based on knowledge of cable lay operations, from load-out at the cable manufacturer to burial of the cable into the seabed, IHC has designed a specialized vessel for specialist cable lay projects in Offshore wind. A lean approach in designing material flows and storage result in a right sized vessel for any project and will reduce costs for inter-array cable-laying operations by 20 to 30%.The two carousels below deck can be loaded simultaneously, which results in fast load-outs and thus saves time.

Cable storage below deck leaves plenty of deck space for an inline quadrant with a 50m track, making operations in deeper water possible. Containers to store the cable protection systems are positioned around the quadrant to ensure a safe and efficient flow of materials.

From design, to jacking system to complete jack-up vessel

IHC now offers an integrated approach to the design and build of jacking systems and complete Heavy-lift jack-up vessels, all designed with in-house components. This covers all aspects, including structural design, hydraulics, marine operations and automation, to ensure a safe and efficient jacking operation. IHC is capable of designing a complete jacking system with controls that allow for fully automated jacking and monitoring tailored to individual requirements. Because of our background in shipbuilding and ship design, we ensure you a sound integration in the jack-up vessel  Whether it is a IHC Jack-up design or a design from a third party. Besides the design approach, the scope of delivery is also flexible: from a basic design to a turnkey vessel; from its own shipyards or partner shipyards around the world, as well as separate components.

Noise mitigation technology

Another unique tool engineered to reduce costs is the noise mitigation system (NMS) from IHC IQIP, part of Royal IHC. It is the market leader for pile driving, noise reduction, and pile handling and guiding activities for the installation of monopiles, jackets and tripods at wind farms and substations. The NMS is the only proven technology for reducing noise during foundation installation. In addition, it allows for the safer and more accurate installation of monopiles.



   


BASF supports the wind energy sector with special systems and products

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It has recently passed an external 50 hours rain erosion test by a renowned institute from Denmark and thus outperformed other well-known rain erosion resistant coatings.


The stress loads to which rotor blades are exposed during the operation are enormous: at top speeds of up to 300 kilometers per hour at the blade tips, gigantic forces act upon the blades. Moreover, weather influences such as rain, snow, hail, sand, heat and UV radiation wear out the blades and lead to more frequent repair and maintenance intervals. To prevent the material from damages caused by these influences, the Coatings division of BASF has developed a solution for long-lasting protection. The system consisting of a gel coat, a filler, an edge protection and a topcoat is based entirely on solvent-free, two-component polyurethane compounds, thus complying with present VOC directives. Within BASF’s coatings portfolio for the wind energy sector, RELEST Wind LEP S stands for excellent sustainable and efficient leading edge protection.

RELEST Wind LEP S provides rotor blades with the optimum protection due to its excellent rain erosion resistance. The recent test showed that with a speed of up to 160 m/s (approx. 570 km/h), the rain did not cause any significant damage on the coating. The material is virtually solvent-free as well as being exceptionally durable and UV stable.

Perfectly suited for OEMs, the material can be easily applied directly on the rotor blade. RELEST Wind LEP S improves the efficiency of the wind turbine operation by providing an effective erosion protection, thus reducing potential maintenance costs. With its low film thickness and easy application, it is the ideal material matching the customers’ requirements.

BASF supplies the matching coating system for all components under the trade name RELEST, from the base of the wind power plant to the rotor blade edge and thus provides innovative products for the energy of the future.

The Coatings division of BASF is a global expert in the development, production and marketing of innovative and sustainable automotive OEM and refinish coatings, industrial coatings and decorative paints. We create advanced performance solutions and drive performance, design and new applications to meet our partners’ needs all over the world. BASF shares skills, knowledge and resources of interdisciplinary and global teams for the benefit of customers by operating a collaborative network of sites in Europe, North America, South America and Asia Pacific. In 2015, the Coatings division achieved global sales of about €3.2 billion.



    


CWind wins O&M contract at Humber Gateway offshore wind farm

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CWind, a leading provider of services to the offshore wind industry, has announced today that it has won a contract from E.ON to undertake the annual inspection and repair services as required at Humber Gateway offshore wind farm (OWF), covering latchways, mechanical services, as well as paint works. 

The scope of work covers all 73 turbines and the offshore substation. Offshore work is scheduled to commence this June, with CWind utilising its office in Grimsby’s Fishdock.
Lee Andrews, Managing Director CWind commented: ”This is fantastic news. I am very proud of this contract award, which  recognises  our capabilities in O&M services and is a testament to our team’s ability to deliver outstanding services and provide solutions that match our clients’ specific requirements. We look forward to working with E.ON to successfully deliver a safe and well maintained asset, building on our successful history of delivery at Humber Gateway OWF, which we have supported through a range of services since 2013.”



    



Eólica en Castilla y León: Gamesa mantendrá 216 MW para el Grupo Vapat

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El acuerdo incluye el mantenimiento de aerogeneradores G90-2.0 MW instalados en varios parques de Castilla y León.

Gamesa, líder tecnológico global en la industria eólica, ha firmado un nuevo contrato con el Grupo Vapat para realizar los servicios de operación y mantenimiento de 216 MW en España por un periodo de siete años.
Gamesa renueva así los servicios de operación y mantenimiento de 216 MW de aerogeneradores G90-2.0 MW, instalados en varios parques eólicos situados en Castilla y León, y que la compañía ha mantenido desde su puesta en marcha en 2010.
La respuesta integral de Gamesa en el sector industrial eólico se completa con su área de servicios de operación y mantenimiento, que da servicio a más de 400 clientes para los que mantiene unos 8.100 MW en España y más de 22.300 MW en otros 35 países.
El Grupo Vapat, presidido por el empresario Rafael González-Vallinas Delgado, actualmente opera en España unos 472 MW eólicos.





 

Gamesa to service 216 MW of wind turbines in Spain for the Vapat Group

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The agreement includes the maintenance of this customer’s G90-2.0 MW wind turbines, installed in several wind farms in Castile & León.

Gamesa, a global technology leader in wind energy, has secured a new 7-year agreement with the Vapat Group for the provision of operations and maintenance services covering capacity of 216 MW in Spain.
This marks the renewal of the operation and maintenance of this customer’s G90-2.0 MW turbines, installed in several wind farms throughout Castile & León, which the company has been servicing since they were commissioned in 2010.
Gamesa’s end-to-end proposition in the wind power industry is rounded out by its operations and maintenance area, which services over 400 customers for which it maintains some 8,100 MW in Spain and over 22,300 MW in another 35 countries.
The Vapat Group, presided by businessman Rafael González-Vallinas Delgado, currently operates some 472 MW of wind power capacity in Spain.





 
 

Global wind energy employment grew 5% last year to reach 1.1M

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Record wind industry growth was reflected in a 5% increase in employment in the sector, which now employs 1.1 million1 people. Today, on Global Wind Day, GWEC highlights the socio-economic benefits generated by the global wind industry, in addition to supplying clean power. Global Wind Day is a worldwide event that occurs annually on 15 June: a day for discovering wind energy, its power and the possibilities it holds to reshape our energy systems, decarbonise our economies, build new industries and create new jobs.

The increase in employment figures is mainly due to strong installation rates in China, the US and Germany. New job creation is being driven by declining renewable energy technology costs and enabling policy frameworks. As governments continue to struggle with high unemployment rates in many parts of the world, both the current reality and future potential for employment in the wind industry has become increasingly significant.
“We are getting bigger, better and cheaper. The wind industry has witnessed record growth in recent years which not only helps the world to meet the climate goals agreed in Paris but also generates much needed new jobs and boosts local economies, to the tune of about US$ 110 billion last year”, said Steve Sawyer, GWEC Secretary General.
In the meantime, corporations are increasingly investing in wind energy. Clean energy procurement is standard practice for some of the largest and most profitable companies in the world, including Apple, Facebook, Microsoft, Google, Lego, AT&T, DuPont, General Motors, HP, Sprint, and Walmart.
“We are thrilled to see the rapidly growing number of companies opting to source their power from wind. These globally leading companies show that wind makes economic sense, as well as protecting the environment; and it’s what their customers want to see. While government action is needed, the real change happens when investors make economic decisions which lead us in the right direction”, said Steve Sawyer.
Wind power was the largest source of new power generation in 2015. Led by wind, renewables are transforming the power sector bringing along a host of other environmental, social, and economic benefits across the globe. The macroeconomic effects are increasingly a factor in political decision making about our future energy choices.

1. IRENA: Renewable Energy and Jobs – Annual Review 2016 
 
 
 
 

Eólica mundial emplea a más de un millón de personas

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Hoy, en el Día Mundial del Viento, el Global Wind Energy Council (GWEC) destaca el impacto socioeconómico generados por la industria eólica mundial, además de suministrar energía limpia. Día Mundial del Viento es un evento mundial que tiene lugar cada año el 15 de junio: un día para el descubrimiento de la energía eólica, su poder y las posibilidades que posee para reformar nuestros sistemas de energía, descarbonizar nuestras economías, crear nuevas industrias y crear nuevos puestos de trabajo.

El crecimiento récord en la industria eólica se reflejó en un aumento del 5% en el empleo en el sector, que ahora emplea a 1,1 millones personas.
El aumento de las cifras de empleo se debe principalmente a las fuertes tasas de instalación en China, los EE.UU. y Alemania. Nueva generación de empleo está siendo impulsado por la disminución de los costos de tecnología de energía renovable y marcos normativos favorables. A medida que los gobiernos continúan luchando con altas tasas de desempleo en muchas partes del mundo, tanto en la realidad actual y potencial futuro para el empleo en la industria eólica se ha convertido cada vez más importante.
“Estamos cada vez más grande, un crecimiento récord mejor y más barato. La industria eólica ha sido testigo en los últimos años, lo que no sólo ayuda al mundo para cumplir con los objetivos climáticos acordados en París, pero también genera tanto necesitan nuevos empleos y estimula las economías locales, por una suma de aproximadamente US $ 110 millones el año pasado “, dijo Steve Sawyer, secretario general de GWEC.
Mientras tanto, las empresas están invirtiendo cada vez más en la energía eólica. adquisición de energía limpia es una práctica estándar para algunas de las empresas más grandes y rentables del mundo, como Apple, Facebook, Microsoft, Google, Lego, AT & T, DuPont, General Motors, HP, Sprint y Wal-Mart.
“Estamos encantados de ver el rápido crecimiento del número de empresas que optan a la fuente de su energía de viento Estas empresas líderes a nivel mundial muestran que el viento tiene sentido económico, así como la protección del medio ambiente;. Y es lo que quieren que sus clientes para ver bien la acción gubernamental. es necesario, el cambio real ocurre cuando los inversores a tomar decisiones económicas que nos llevan en la dirección correcta “, dijo Steve Sawyer.
La energía eólica fue la mayor fuente de nueva generación de energía en 2015. Dirigido por el viento, las energías renovables están transformando el sector de la energía trayendo consigo una serie de otros beneficios ambientales, sociales y económicas en todo el mundo. Los efectos macroeconómicos son cada vez más un factor en la toma de decisiones políticas sobre nuestras decisiones futuras de energía.


 
 
 

American wind power celebrates Global Wind Day with two-thirds-off sale

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The U.S. wind energy industry celebrated the 10th annual Global Wind Day Wednesday by highlighting a 66 percent drop in the cost of wind-generated electricity in just six years. 
“From the corn fields of Iowa to the windswept plains of Texas, by improving our technology and lowering wind power’s costs we’re saving you money,” said Tom Kiernan, CEO of the American Wind Energy Association (AWEA). “With costs 66 percent cheaper than they were six years ago, wind power is on sale in the U.S. It’s a credit to American ingenuity and manufacturing. We’re celebrating Global Wind Day by sharing this good news far and wide.”

AWEA released its first in a new series of “Wind 101” short videos to mark the occasion. The two-minute “Wind 101: Cost and Reliability” educates viewers about wind power’s decline in cost and how it helps keep the lights on by reliably supplying a growing amount of electricity for homes and businesses. The video can be seen here: http://bit.ly/2383QGv.
Falling costs are just one reason to celebrate Global Wind Day; American wind power also reported rapid growth and record job figures at the end of 2015.
“Wind turbine technician is the fastest growing profession in the U.S., and has helped raise the U.S. industry’s job total to 88,000 well-paying positions, said John Kostyack, Executive Director of the Wind Energy Foundation. “This record-level job growth coincides with the U.S. wind energy industry installing more new generating electric generating than any other source last year.”
These clean energy benefits are good news for the growing majority – 70 percent of likely voters, according to a new Lazard poll – who believe it is “most important” for America to transition to a cleaner, more energy-efficient economy, up from 57 percent in the last election cycle.
Global Wind Energy Council (GWEC) Secretary General Steve Sawyer also credited wind power’s costs decline as one of the key factors for its rapid growth worldwide. GWEC celebrated Global Wind Day by reflecting on a 5 percent increase in employment by the global wind energy sector, with wind power now employing over one million jobs around the world. 
“We are getting bigger, better and cheaper. The wind industry has witnessed record growth in recent years, which not only helps the world to meet the climate goals agreed in Paris but also generates much needed new jobs and boosts local economies, to the tune of about $110 billion dollars last year,” said Sawyer.
Advancements in wind turbine technology and a U.S. wind manufacturing sector that’s grown to over 500 facilities in 43 states have made costs cuts possible, and the savings are being passed onto American consumers.
As the U.S. increasingly generates more of its electricity from renewable energy, electricity rates across the U.S. have remained 5.5 percent lower than they were in 2009. According to the Department of Energy’s 2015 Wind Vision report, growing wind energy to 35 percent of the U.S. electricity supply by 2050 will save consumers $14 billion a year with cumulative savings on their electric bills of $149 billion.
These savings add to the long list of economic and environmental benefits created by wind power.
Building new wind farms attracted over $14 billion to the U.S. economy in 2015, and over $128 billion dollars in the last 10 years. Growing wind energy also creates new revenue streams for local communities, benefiting county and local services, schools, and health care and public safety facilities.
U.S. wind farms reduced electric power sector carbon dioxide emissions by an estimated 132 million metric tons in 2015.  Those avoided emissions are equal to that from 28 million cars, or more than six percent of all carbon dioxide (CO2) emissions from U.S. electricity generation last year.
Wind energy also greatly reduces a variety of health-harming air pollutants, including smog-causing sulfur dioxide (SO2) and nitrogen oxides (NOx), which helps reduce rates of asthma and other respiratory issues. Electricity generated by wind in 2015 displaced an estimated 176,000 metric tons of SO2 and 106,000 metric tons of NOx, representing $7.3 billion in avoided health costs last year alone.
Global Wind Day, designated for June 15 every year, recognizes wind power and its potential to change the world with clean, inexhaustible, affordable energy.





 

Happy Global Wind Day!

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Today, marks the ninth edition of Global Wind Day, a movement created to bring individuals, communities and organisations together to celebrate wind energy and the positive difference it can make in the world.

In 2015, wind power alone met 42% of electricity demand in Denmark, 20% in Spain, 13% in Germany and 11% in the UK. These figures show that we are now at a level where wind integration can be the backbone of electricity systems in advanced economies.
With wind energy it is possible to have both ambitious green policies with a high proportion of renewable energy and, still have a high security of supply and competitive prices on electricity. We know wind energy is reliable, clean and affordable and this message must be communicated.
We see more companies turning to clean, reliable and cost-effective wind energy to power their businesses. Google, BMW and Henieken, among others, are now investing significantly in wind.
Wind power generates wealth and local employment, in Europe alone the sector represents over 250,000 jobs and generates 67 billion in annual turnover.
Global Wind Day is the day when you can visit wind farms, meet experts, attend events, take actions to support wind energy and find out everything you want to know about wind energy. From wind turbine tours and talks in Ireland, a football tournament in Greece and a sustainable music concert in Italy, there are numerous ways to get involved.
Join them today by seeing what events are happening near you.
To celebrate Global Wind Day, WindEurope is offering 20% off all conference delegate tickets to WindEurope Summit 2016. Make the most of this limited offer and register by 17 June.



 

Medina Sidonia, Premio a la Integración Rural de la Eólica 2016, centra el Día Mundial del Viento en España

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La Asociación Empresarial Eólica (AEE) es la voz del sector eólico en España. La Asociación Empresarial Eólica (AEE) se ha trasladado hoy a Medina Sidonia (Cádiz), municipio que ha recibido el V Premio a la Integración de la Eólica 2015, para celebrar el Día Mundial del Viento. El presidente de AEE, Juan Diego Díaz, ha destacado en su discurso que “el sector eólico lleva en su ADN la creación de riqueza allá dónde se instala y Medina Sidonia refleja a la perfección ese espíritu”.


El alcalde de Medina Sidonia, Manuel Fernando Macías, agradeció el premio a AEE y destacó que “estamos muy orgullosos de la eólica, que ayuda a mejorar la calidad de vida de los ciudadanos. Es un placer y un reto que se siga instalando aquí”.

En el acto se proyectó el vídeo que AEE ha dedicado al municipio de Medina Sidonia, que constituye el premio en sí mismo, en el que han participado muchos de sus vecinos.

El municipio, que tiene 11.794 habitantes y una larga historia que se remonta a la Edad del Bronce, cuenta con unos 200 MW eólicos (74 aerogeneradores) repartidos en siete parques: Los Alburejos, El Venzo, La Zorrera, Rancho Viejo, Los Almeriques, Las Monjas y Las Vegas, gestionados por EDP Renováveis (EDPR), Iberdrola y Saeta Yield. La industria eólica también está presente, ya que hay un centro de servicios para el mantenimiento de aerogeneradores de Vestas. Además, Medina Sidonia ha sido escenario de la importancia de la I+D para el sector eólico: en el parque de Los Almeriques – que hubo ocasión de visitar hoy antes de la entrega del premio – se diseñó un prototipo para la construcción de torres eólicas de hormigón.
El municipio es también un ejemplo de la integración de la eólica tanto en la vida de la comunidad como en el paisaje. Los parques conviven desde sus inicios con las  actividades agrícolas y ganaderas de las fincas en las que han sido instalados. Y los modernos aerogeneradores se han integrado a la perfección en el bello entorno paisajístico de la comarca y en su legado histórico: Medina Sidonia ha sido declarada Conjunto Histórico Artístico.

Además de los beneficios económicos, que han servido para impulsar servicios públicos y contribuido al bienestar de los vecinos, destaca la importancia del factor medioambiental, ya que la implantación de una energía limpia encaja a la perfección en el modelo de ciudad sostenible que se quiere impulsar desde el Ayuntamiento.

Medina Sidonia es el tercer municipio con más potencia eólica instalada en la provincia de Cádiz y representa el 14,83% del total. La provincia tiene un total de 1.315 MW de potencia eólica instalada, lo que la sitúa como la quinta de España con más eólica. Cádiz es además la provincia española pionera en eólica: en 1981 se instaló en Tarifa un prototipo de aerogenerador de 100 kW. Hoy cuenta con cinco fábricas relacionadas con la industria eólica, principalmente dedicadas a la operación y el mantenimiento de aerogeneradores.

Medina Sidonia es el primer ayuntamiento de España que apoya la iniciativa europea WisePower sobre la aceptación social de la eólica.

Puedes seguir todas las actividades relacionadas con el Día Global del Viento en Twitter con el hashtag #diaglobaldelviento y #YesToWindPower.

Para ver el vídeo de Medina Sidonia, V Premio a la integración rural de la eólica, pincha aquí.
Con más de 160 empresas asociadas, representa al 95% del sector en España, promueve el uso de la energía eólica, representa y defiende los intereses del sector. Desde 2012 concede el Premio Eolo a la Integración Rural de la Eólica a aquellos municipios que han sabido aprovechar del mejor modo las posibilidades que ofrece nuestro sector. Hasta la fecha, los ganadores han sido Lubián (Zamora), Xermade (Lugo), Fuendetodos (Zaragoza) y Falces (Navarra).



 
 
 

La eólica debe crear 15.000 empleos en Ceará, Brasil, para el año 2019

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La eólica es la fuente de suministro eléctrico de más rápido crecimiento en Brasil y se espera que el sector eólico cree más de 15.000 empleos en Ceará hasta 2019, teniendo en cuenta los contratos ya celebrados.

Actualmente, con 57 parques eólicos en funcionamiento y 1,5 gigavatios (GW) de capacidad instalada, el estado ofrece alrededor de 23.000 puestos de trabajo (directos e indirectos). En todo Brasil, el sector eólico genera actualmente 145.000 puestos de trabajo.Y, de acuerdo con los datos de junio de 2016 de la Asociación Brasileña de Energía Eólica (Abeeólica), la perspectiva es que hasta 2019 el Estado llegará a 2,5 GW de potencia en 102 parques (en funcionamiento y en construcción). La organización estima que cada MW representa 15 puestos de trabajo en toda la cadena de producción.En todo Brasil, el sector genera actualmente 145.000 puestos de trabajo, de los cuales 41.000 fueron creados el año pasado. Y en 2019, la expectativa es que la cadena de producción de la industria eólica alcance los 277.000 puestos de trabajo, con 18,4 GW de capacidad.Tras el fuerte crecimiento registrado en 2015, el Presidente del Consejo de Administración de Abeeólica, Lauro Fiuza, dice que una de las preocupaciones de la organización es mantener las subastas activas para que la industria eólica siga contratando. "Nuestra principal preocupación hoy en día es mantener estos puestos de trabajo, incluidos los fabricantes, promotores de proyectos y toda la cadena de servicios, incluyendo el transporte, instalación y operación". "Esta cadena entera necesita ser alimentado cada año."Fiuza dijo para desarrollar aerogeneradores se depende de otros mil fabricantes. "Estos trabajos se distribuyen principalmente en el noreste. Y para una región pobre como Ceará significa mucho".
En 2015, la energía eólica representó el 39,3% de la expansión de la matriz energética brasileña, por delante de la energía hidráulica (35,1%), la matriz principal del país, y la energía térmica (25,6%).El aumento del 46% de la capacidad instalada de energía eólica el año pasado, representó 2,75 GW de nuevas instalaciones, por lo que el sector cerró el año con 130.000 puestos de trabajo en toda la cadena de suministro. De acuerdo con Abeeólica, la estimación de los puestos de trabajo creados se dan teniendo en cuenta todas las fases del proyecto del parque, desde el diseño del proyecto a la instalación, incluyendo la fabricación de piezas y componentes.En 2015, la industria eólica en Brasil llegó a 8,27 GW de capacidad instalada, lo que representa una inversión total acumulada de 52 mil millones de reales.
Hoy en día, la capacidad eólica de Brasil es 9,73 GW, distribuidos en 388 parques. En total, hay 5.141 turbinas eólicas instaladas en Brasil. En el Nordeste, la capacidad instalada es de 7,90 GW, distribuidos en 306 parques eólicos y 4.204 aerogeneradores, lo que corresponde el 82% de los aerogeneradores. Del 2,75 GW de potencia eólica instalada en 2015, 2,31 GW estaban en el noreste, y los estados de Rio Grande do Norte, Bahía y Piauí son los más prominentes.
El día 24 de junio el gobernador Camilo Santana presentará el nuevo mapa eólico de Ceará. El documento indica los sitios con las mejores condiciones de viento.





 

DNV GL to study feasibility for Phu Cuong 1 offshore wind farm in Vietnam

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USTDA grant to fund work of North American team of global offshore experts. DNV GL study to assess key factors including wind potential, environmental impact and grid interconnection. Phu Cuong Group’s 170 MW farm is first in series of projects to meet renewable energy target of Vietnam and also the needs of growing economy. At a signing ceremony today in Ho Chi Minh City, DNV GL Americas entered into a contract with Phu Cuong Group (PCG), to deliver a feasibility study for a near-offshore wind farm under a grant from the United States Trade and Development Agency (USTDA) to PCG.


“The study will support efforts to develop Phu Cuong 1, the 170-Megawatt wind farm (USD $435m investment) that is the first in PCG’s planned series of near-offshore wind power projects along Vietnam’s southern coastline in Soc Trang province." PCG, an established private firm majoring in real estate development and seafood exporting, plans to develop an 800 MW pipeline of wind power to meet the rising demand for energy of Vietnam’s growing economy. The Vietnam government has set a target for wind energy development to reach 800 MW by 2020, 2000 MW by 2025 and 6000 MW by 2030.

“As Vietnam significantly increases its electricity generating capacity, I am delighted to see PCG supporting the global climate change imperative with its leadership in building a sustainable electricity supply for Vietnam,” said Mathias Steck, executive vice president Asia Pacific for DNV GL’s energy division.

DNV GL will assess the potential for wind production, review permitting and land control issues, evaluate the needs for a safe, reliable and affordable connection to the province’s electrical grid, provide a foundational design, estimate potential construction costs and recommend the optimal approach to financing it.

“Our team looks forward to applying our global offshore expertise to help support the success of wind power in the growing economy of Soc Trang province and across the Mekong Delta,” said Michael Drunsic, DNV GL’s offshore commercial lead in North America, who will manage the project.

The feasibility study is the first wind power project in Vietnam for DNV GL, which has served the nation’s energy, maritime and oil and gas industries since 1996, particularly in risk management.

PCG Deputy General Manager for Energy and Investment Pham Quoc Anh said, "Wind energy is still very new in Vietnam. As one of the pioneers, Phu Cuong Group looks for reliable, established partners to help us develop the project following the best standards. We are confident that DNV GL, with their experience in developing 150,000MW wind energy globally, will produce a high quality Feasibility Study for Phu Cuong 1 Wind Farm, creating the foundation for the project’s success in future."






Average Costs for Solar Power and Wind Energy Electricity Could Fall 59% by 2025

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The average costs for electricity generated by solar and wind technologies could decrease by between 26 and 59 per cent by 2025, according to a report released today by the International Renewable Energy Agency (IRENA).

The average costs for electricity generated by solar and wind technologies could decrease by between 26 and 59 per cent by 2025, according to a report released today by the International Renewable Energy Agency (IRENA). The report, The Power to Change: Solar and Wind Cost Reduction Potential to 2025, finds that with the right regulatory and policy frameworks in place, solar and wind technologies can continue to realise cost reductions to 2025 and beyond. 
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It estimates that by 2025, average electricity costs could decrease 59 per cent for solar photovoltaics (PV), 35 per cent for offshore wind, and 26 per cent for onshore wind compared to 2015. Electricity prices for concentrated solar power could also decrease as much as 43 per cent, depending on the technology used. By 2025, the global average cost of electricity from solar PV and onshore wind will be roughly 5 to 6 US cents per kilowatt hour.
“We have already seen dramatic cost decreases in solar and wind in recent years and this report shows that prices will continue to drop, thanks to different technology and market drivers,” said IRENA Director-General Adnan Z. Amin. “Given that solar and wind are already the cheapest source of new generation capacity in many markets around the world, this further cost reduction will broaden that trend and strengthen the compelling business case to switch from fossil fuels to renewables.”
Since 2009, prices for solar PV modules and wind turbines have fallen roughly 80 per cent and 30 to 40 per cent respectively. With every doubling of cumulative installed capacity, solar PV module prices drop 20 per cent and the cost of electricity from wind farms drops 12 per cent, due to economies of scale and technology improvements. Importantly for policy makers, cost reductions to 2025 will depend increasingly on balance of system costs (e.g. inverters, racking and mounting systems, civil works, etc.), technology innovations, operations and maintenance costs and quality project management. The focus in many countries must therefore shift to adopting policies that can reduce costs in these areas.
“Historically, cost has been cited as one of the primary barriers to switching from fossil-based energy sources to renewable energy sources, but the narrative has now changed,” said Mr. Amin. “To continue driving the energy transition, we must now shift policy focus to support areas that will result in even greater cost declines and thus maximise the tremendous economic opportunity at hand.”
The Power to Change, is the first of several solar-focused publications IRENA will release this summer. Future reports include Letting in the Light: How Solar Photovoltaics Will Revolutionize the Electricity System– which provides a comprehensive overview of solar PV across the globe and its prospects for the future – and a report on end-of-life management for solar PV panels. Both reports will launch at InterSolar Europe, taking place in Munich, 21-24 June. 
Increasing economies of scale, more competitive supply chains and further technological improvements will continue reducing the costs of solar and wind power. The same factors will also boost the availability of these key renewable power sources at night and in varying weather conditions.
With the right policies in place, the cost of electricity from solar and wind power technologies could fall by at least 26% and as much as 59% between 2015 and 2025, finds this cost-analysis report from the International Renewable Energy Agency (IRENA).
The global weighted average cost of electricity could fall by 26% from onshore wind, by 35% from offshore wind, by at least 37% from concentrating solar power (CSP) technologies, and by 59% from solar photovoltaics (PV) by 2025, the report finds.
In energy markets around the world, rising competitive pressures that will drive continual innovation. While equipment costs will keep declining, reductions in balance-of-system, operation and maintenance and capital costs are becoming increasingly important drivers for overall cost reduction. 


Download The Power to Change: http://bit.ly/233POFQ


Siemens y Gamesa anuncian la fusión de sus negocios de eólica

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Siemens y Gamesa han firmado acuerdos vinculantes para fusionar el negocio de eólica de Siemens con Gamesa. La alta complementariedad de los fabricantes de aerogeneradores en el posicionamiento geográfico, los productos y la tecnología generará valor añadido para clientes y accionistas.
Siemens tendrá un 59% de la compañía fusionada y la consolidará en sus cuentas. Los actuales accionistas de Gamesa contarán con un 41%. Los accionistas de Gamesa recibirán un pago en efectivo de 3,75 euros por acción. Se estiman sinergias de EBIT de 230 millones de euros anuales.
La compañía resultante tendrá su sede social y oficinas centrales en España y seguirá cotizando en España. El centro de operaciones onshore estará en España y el de offshore en Alemania y Dinamarca.

La nueva compañía mantendrá su posicionamiento en los mercados en los que opera.
Siemens y Gamesa han firmado acuerdos vinculantes para fusionar el negocio de energía eólica de Siemens, incluida la unidad de servicios de operación y mantenimiento eólicos, con Gamesa, creando así un líder eólico mundial. Siemens recibirá acciones de nueva emisión de la compañía resultante representativas del 59% del capital social, mientras que los accionistas actuales de Gamesa tendrán el 41% restante. Como parte del acuerdo, además, Siemens abonará un pago en efectivo de 3,75 euros por acción, que será distribuido por Gamesa a sus accionistas (excluyendo a Siemens) una vez concluida la fusión –deduciendo dividendos ordinarios abonados hasta el cierre de la operación-. Este pago en efectivo representa un 26% del precio de cierre de la acción de Gamesa del día 28 de enero de 2016.

Adicionalmente, Gamesa y Areva han alcanzado acuerdos vinculantes por los que Areva elimina las restricciones que existían en el contrato de creación de Adwen, joint venture entre Areva y Gamesa para el negocio offshore, simplificando la operación entre Gamesa y Siemens. Como parte de estos acuerdos, Gamesa –alineado con Siemens- otorga a Areva una opción de venta (put) sobre su participación del 50% en Adwen y una opción de compra (call) sobre la participación del 50% de Gamesa. Ambas opciones expiran en tres meses. Alternativamente, durante ese mismo plazo, Areva puede buscar un tercero para desinvertir el 100% de Adwen.
De esta fusión, nacerá un grupo eólico con 69 GW instalados en todo el mundo, una cartera de pedidos valorada en 20.000 millones de euros, ingresos de 9.300 millones de euros y un EBIT ajustado de 839 millones de euros, según datos proforma de los últimos doce meses hasta marzo de 2016. Siemens consolidará en sus cuentas la sociedad resultante, que tendrá su domicilio social y oficinas centrales en España y seguirá cotizada en España. El centro de operaciones del negocio onshore estará en España, mientras que el del negocio offshore en Hamburgo (Alemania) y Vejle (Dinamarca).

Los negocios de Siemens y Gamesa son altamente complementarios tanto en presencia geográfica como en cartera de productos y en tecnología. La compañía resultante tendrá un alcance global en los principales mercados eólicos y presencia industrial en todos los continentes: el negocio de energía eólica de Siemens cuenta con una sólida posición en Norteamérica y el norte de Europa y Gamesa, en mercados emergentes de rápido crecimiento como India y Latinoamérica, así como en el sur de Europa. Adicionalmente, la cartera de producto cubriría todos los segmentos, dando respuesta a las necesidades de los clientes en todo tipo de emplazamientos y mercados.

“La fusión con los activos eólicos de Siemens es un reconocimiento al trabajo realizado por la compañía en los últimos años y una confirmación de nuestra apuesta por la creación de valor a largo plazo, mediante la generación de sinergias significativas y la expansión del horizonte del crecimiento rentable. Hoy iniciamos una nueva etapa, creando junto a Siemens, un líder eólico mundial, en la que continuaremos trabajando como hasta ahora pero en un grupo más fuerte y con una mayor capacidad de respuesta para nuestros clientes”, comenta Ignacio Martín, Presidente Ejecutivo de Gamesa.
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“La combinación de nuestro negocio eólico con Gamesa tiene como base una lógica industrial clara y convincente en una industria creciente y atractiva en la que el tamaño es clave para la competitividad de la energía eólica. Esta combinación de negocios nos permitirá ofrecer mayores oportunidades y valor a los clientes y accionistas de la nueva compañía. El negocio combinado encaja a la perfección en nuestra Visión 2020 y subraya nuestro compromiso con un suministro energético eficiente, seguro y sostenible”, afirmó Joe Kaeser, Presidente y CEO de Siemens AG.

Gamesa y Siemens prevén que se generen sinergias estimadas en 230 millones de euros anuales en términos de EBIT cuatro años después del cierre.

“Gamesa -uno de los actores líderes en el negocio de la energía eólica, especialmente en mercados emergentes- es el socio perfecto para nosotros. La unión permitirá a Siemens y a Gamesa ofrecer un abanico de productos, servicios y soluciones mucho más amplio para cumplir con los requerimientos de nuestros consumidores. Esta operación pondrá a Siemens y Gamesa en una posición inmejorable para ofrecer un coste de energía renovable más competitivo”, dijo Lisa Davis, miembro del Consejo de Dirección de Siemens AG.

Esta operación cuenta con el apoyo unánime del Consejo de Administración de Gamesa y del Consejo Supervisor (Supervisory Board) de Siemens. Iberdrola ha alcanzado un acuerdo de accionistas con Siemens y tendrá alrededor de un 8% de la compañía resultante, una vez finalizada la transacción. La operación está sujeta a la aprobación de los accionistas de Gamesa y a otras condiciones suspensivas habituales, como la autorización de los organismos de competencia y la confirmación por parte del regulador español del mercado de valores (CNMV) de que Siemens no tendrá que formular una opa obligatoria tras el cierre de la fusión. Gamesa ha encomendado la supervisión del proceso de integración  a un Comité de Fusión creado ad hoc y formado exclusivamente por consejeros independientes. El cierre de la operación está previsto para el primer trimestre de 2017.





 

Siemens and Gamesa to merge wind energy businesses to create a leading wind power player

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Siemens and Gamesa have signed binding agreements to merge Siemens’ wind business with Gamesa. Businesses are highly complementary with regard to markets, products and technology and will create great value to customers and shareholders. Siemens to hold a 59 percent stake and consolidate the merged company and existing Gamesa shareholders to hold 41 percent. Gamesa shareholders to receive a cash payment of €3.75 per share funded by Siemens. Annual EBIT synergies of around €230 million expected. The combined company will have its legal domicile and global headquarters in Spain and will remain listed in Spain; headquarters for the onshore division will be in Spain and for the offshore division will be in Germany and Denmark. Merged company will maintain its strong presence in current markets.


Siemens and Gamesa have signed binding agreements to merge Siemens’ wind power business, including wind services, with Gamesa to create a leading global wind power player. Siemens will receive newly issued shares of the combined company and will hold 59 percent of the share capital while Gamesa’s existing shareholders will hold 41 percent. As part of the merger, Siemens will fund a cash payment of €3.75 per share, which will be distributed to Gamesa’s shareholders (excluding Siemens) immediately following the completion of the merger (net of any ordinary dividends paid until completion of the merger). The cash payment represents 26 percent of Gamesa’s unaffected share price at market close on January 28, 2016.
Additionally Gamesa and Areva have entered into contractual agreements whereby Areva waives existing contractual restrictions in Gamesa’s and Areva’s offshore wind joint venture Adwen simplifying the merger between Gamesa and Siemens. As part of these agreements, Gamesa – in alignment with Siemens- grants Areva a put option for Areva’s 50 percent stake and a call option for Gamesa’s 50 percent stake in Adwen. Both options expire in three months. Alternatively, Areva can in this time divest 100 percent of Adwen to a third party via a drag-along right for Gamesa’s stake.
The new company, which will be consolidated in Siemens’ financial statements, is expected to have on a pro forma basis (last twelve months as of March 2016) a 69 GW installed base worldwide, an order backlog of around €20 billion, revenue of €9.3 billion and an adjusted EBIT of €839 million. The combined company will have its global headquarters in Spain and will remain listed in Spain. The onshore headquarters will be located in Spain, while the offshore headquarters will reside in Hamburg, Germany, and Vejle, Denmark.
The two businesses are highly complementary in terms of global footprint, existing product portfolios and technologies. The combined business will have a global reach across all important regions and manufacturing footprints in all continents. Siemens’ wind power business has a strong foothold in North America and Northern Europe, and Gamesa is well positioned in fast-growing emerging markets, such as India and Latin America, and in Southern Europe. Further, the transaction will result in a product offering covering all wind classes and addressing all key market segments to better serve customers’ needs.
“The merger with Siemens constitutes recognition for the work performed by the company in recent years and evidences our commitment to generating value in the long term by creating significant synergies and extending the horizon of our profitable growth. Today, we are embarking on a new era, creating, alongside Siemens, a world-leading wind player. We will continue to work as before, albeit as part of a stronger company and with an enhanced ability to offer all of our customers end-to-end solutions,” said Ignacio Martín, Executive Chairman and CEO of Gamesa.
“The combination of our wind business with Gamesa follows a clear and compelling industrial logic in an attractive growth industry, in which scale is a key to making renewable energy more cost-effective. With this business combination, we can provide even greater opportunities to the customers and value to the shareholders of the new company. The combined business will fit right into our Siemens Vision 2020 and underlines our commitment to affordable, reliable and sustainable energy supply,” said Joe Kaeser, President and CEO of Siemens AG.
Siemens and Gamesa expect significant synergy potentials in a combined setup. In total, annual EBIT synergies of €230 million are expected in year four post closing.
“As a leading wind power player especially in emerging markets, Gamesa is a perfect partner for us. Teaming up will enable Siemens and Gamesa to offer a much broader range of products, services and solutions to meet customer requirements. The move will put Siemens and Gamesa in the best position to shape the industry for lower cost of renewable energy to the consumers,” said Lisa Davis, member of the Managing Board of Siemens AG.
The envisaged combination is unanimously supported by Gamesa’s Board of Directors and Siemens’ Supervisory Board. Iberdrola has entered into a shareholders’ agreement with Siemens and will hold around 8 percent in the combined company after closing of the transaction. The transaction is subject to the approval by Gamesa’s shareholders and to other customary conditions such as merger control clearances and the confirmation by the Spanish stock market regulator (CNMV) that no mandatory takeover bid has to be launched by Siemens following completion of the merger. Supervision of the merger process has been entrusted by Gamesa to a merger committee created ad hoc, which will be made up exclusively of independent directors. Closing is expected in the first quarter of calendar year 2017.





 

The wind energy should create 15,000 jobs in Ceara, Brazil, 2019

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Ceara announced that is working to reduce by three months the waiting period for the environmental licensing of wind power projects.
Wind farms in the the Brazilian state of Ceara enjoy the world's highest capacity factor at 43.4% on average. Brazil's average capacity factor for wind energy stands at 35.2% while globally the figure goes down to 28%.
Today, with 57 wind farms in operation and 1.5 gigawatts (GW) of installed wind power capacity, the state provides about 23,000 jobs (direct and indirect). In Brazil, the wind energy sector currently generates 145,000 jobs. And, according to data from June 2016 of the Brazilian Wind Energy Association (Abeeólica), the perspective is that until 2019 the State will reach 2.5 GW of wind power in 102 farms (in operation and under construction). The organization estimates that each MW represents 15 jobs throughout the chain of producción.
Throughout Brazil, the wind energy currently generates 145,000 jobs, 41,000 of which were created last year. And in 2019, the expectation is that the production of the wind industry reach the 277,000 jobs, with 18.4 GW of capacidad. After strong growth in 2015, the Chairman of the Board of Abeeólica, Lauro Fiuza, says that one of the concerns of the organization is to keep active for the wind industry to continue hiring auctions. "Our main concern today is to keep these jobs, including manufacturers, project developers and the whole chain of services, including transportation, installation and operation.""This whole chain needs to be fed every year." Fiuza said to develop wind turbines is dependent on a thousand manufacturers. "These works are mainly distributed in the Northeast. And for a poor region like Ceará means a lot."In 2015, wind power accounted for 39.3% of the expansion of the Brazilian energy matrix, ahead of hydropower (35.1%), the main matrix of the country, and thermal energy (25.6%) .The increase of 46% of the installed wind power capacity last year, accounted for 2.75 GW of new facilities, so that the sector closed the year with 130,000 jobs throughout the supply chain. According to Abeeólica, the estimate of jobs created are given taking into account all phases of the park project, from project design to installation, including manufacture of parts and componentes. In 2015, the wind industry in Brazil reached 8.27 GW of installed capacity, representing a cumulative total investment of 52 billion reais.Today, wind capacity is 9.73 GW Brazil, distributed in 388 wind farms. In total, there are 5,141 wind turbines installed in Brazil. In the Northeast, the installed capacity of 7.90 GW, distributed in 306 wind farms and 4,204 wind turbines, which corresponds to 82% of wind turbines. 2.75 GW of wind power installed in 2015, 2.31 GW were in the northeast, and the states of Rio Grande do Norte, Bahia and Piaui are the most prominent.On June 24 Camilo Santana Governor will present the new wind map of Ceara. The document indicates the sites with the best wind conditions.
Ceara is among the leaders in terms of distributed microgeneration. In total, the northeastern state now has 20 wind systems with a installed capacity of 53.1 kW, which makes up for 26.2% of Brazil's overall distributed generation capacity.
According to the national power sector regulator Aneel, Brazil currently has 368 wind farms in operation, or about 9 GW of installed capacity that produces 6.23% of the country's energy mix.





EDF EN Canada and MD1 Wind LP Dedicate the Mont Rothery Wind Power Project

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EDF EN Canada Inc., a subsidiary of EDF Energies Nouvelles, and MD1 Wind LP, a limited partnership formed by a consortium of four affiliated entities of the Desjardins Group (“Desjardins”), including Desjardins Group Pension Plan, and Manulife Financial Corporation (“Manulife”), along with around 70 attendees, dedicated the 74 megawatt (MW) Mont Rothery Wind Project today. 

Located on public lands in the MRC of Haute-Gaspésie and MRC of Côte-de-Gaspé, Mont-Rothery generates enough clean electricity to meet the needs of about 15,000 Quebec homes.
With an investment of close to $175 million, the project created more than 200 jobs during the peak construction phase, and around seven permanent operation and maintenance jobs.
Sebastien Proulx, Minister of Education, Family, Recreation and Sports and Minister Responsible for the Gaspésie-Îles-de-la-Madeleine Region stated, "I am pleased to be here today with EDF Energies Nouvelles Canada and MD1 Wind to represent the Government of Québec for the investiture of the Mont Rothery wind farm. This project contributes to the economic prosperity of the region of Gaspésie. On account of our will to increase the use of renewable energy, we can rejoice to observe the dynamism of renewable projects such as the one in Murdochville."
"Desjardins’ investments towards renewable energy in Quebec, as well as countrywide, is a long term commitment. They aren’t simply good business decisions, they are mainly contributions to the promotion of the economic growth of Quebec, and its region, in a domain that participates in the effort to reduce carbon emissions," commented Frédéric Angers, Head of Infrastructure at Desjardins.
Richard Lee, Managing Director of Project Finance and Infrastructure at Manulife, said, "Manulife is very pleased to be part of this strong group with EDF EN Canada and Desjardins Group and being a part owner in this high quality renewable energy project. We view EDF EN Canada's capabilities as an operator to be of the highest calibre and our close relationship with Desjardins is valued by us. We are also excited that we continue to expand our investment footprint in Quebec as it fits our company's long term view to continue to expand our presence in the Province."
Alex Couture, Director Generation for EDF EN Canada further added, “In addition to the $11 million of local economic impact generated by the project during construction, the two MRCs concerned by the project and the city of Murdochville will share a total contribution of over $4 million during the operational phase.”
The project consists of 37 wind turbines supplied by Senvion and made with regionally-manufactured blades, towers and converters. Construction of Mont Rothery commenced in October 2014 and reached commercial operation on December 1,2015.
EDF EN Canada’s operation and maintenance affiliate, EDF Renewable Services provides long-term operations and maintenance (O&M) services.
EDF EN Canada, a subsidiary of EDF Energies Nouvelles, is a market leader in renewable energy, with more than 1,600 MW of wind and solar power facilities in service or under development. Headquartered in Toronto and Montreal, EDF EN Canada employs an integrated approach to project development covering all aspects from conception to commissioning through to generation and long term operations. The subsidiary offers financial strength, technological innovation and an emphasis on service. EDF EN Canada draws on the market expertise of EDF Renewable Energy, EDF Energies Nouvelles' U.S. subsidiary. EDF Energies Nouvelles is 100% owned by the EDF Group. www.edf-energies-nouvelles.comwww.edf-en.ca
Desjardins Group is the leading cooperative financial group in Canada and the sixth largest cooperative financial group in the world with assets of $255.1 billion. It has been rated one of the Best Employers in Canada by Aon Hewitt. To meet the diverse needs of its members and clients, Desjardins offers a full range of products and services to individuals and businesses through its extensive distribution network, online platforms and subsidiaries across Canada. Considered North America’s strongest bank according to Bloomberg News, Desjardins has one of the highest capital ratios and credit ratings in the industry.
Manulife Financial Corporation is a leading international financial services group providing forward-thinking solutions to help people with their big financial decisions. We operate as John Hancock in the United States, and Manulife elsewhere. We provide financial advice, insurance and wealth and asset management solutions for individuals, groups and institutions. At the end of 2015, we had 34,000 employees, 63,000 agents, and thousands of distribution partners, serving 20 million customers. At the end of March 2016, we had $904 billion (US$697 billion) in assets under management and administration, and in the previous 12 months we made more than $24.9 billion in benefits, interest and other payments to our customers. Our principal operations are in Asia, Canada and the United States where we have served customers for more than 100 years. With our global headquarters in Toronto, Canada, we trade as ‘MFC’ on the Toronto, New York, and the Philippine stock exchanges and under ‘945’ in Hong Kong.




 
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